http://eniac.cs.qc.cuny.edu/cs240/powerpoints/Factorial.asm

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D MIPS2DArrayAssignme c Chegg Study Guided YouTube Upload Assignment: A C a file://VC /Users/Will/Downloads/MIPS2DArrayAssignment.pdf MIPS Two Dimensional Array Assignment Overview This assignment must be done as an individual effort. You cannot work together on this assignment. I will be on the alert for submissions which look extremely alike! Before working on this assignment read CUNY's Policy on Academic Integ In class, the discussion of arrays in MIPS assembly language dealt with implementing a one dimensional array and accessing an element of the array by computing its memory address Implementation of two dimensional arrays in a MIPS assembly language program depends on how the elements in the rows and columns of the array are arranged in memory. There are two types of arrangement, Row-Major Order or Column-Major Order. Some languages use Row-Major Order and other languages use Column-Major Order In this assignment, you use Row-Major Order to store a two dimensional array In Row-Major Order, elements of an array are arranged sequentially row by row. Thus elements of the first row occupy the first set of memory locations reserved for the array, elements of the second row occupy the next set of memory locations reserved for the array and so on. For a two dimensional array consisting of N rows and M columns B (base address of the array) is the memory address of the first element in the array W is the word size, the number of bytes occupied by each element N is the number of rows in the array Mis the number of columns in the array The formula [B W (M i J computes the memory address of element Ali Consider the following example of a two dimensional array A of integers consisting of two rows and three columns stored in Row-Major Order A [A100001 A[0][1] A 012 1110 AD1112 8:22 AM